Call For Paper
Multidisciplinary Studies
- Biomechatronics design philosophy
- Biomedical robotics, robotics for orthopaedics/medical/visceral/musculoskeletal surgery
- Rehabilitation robotics, robotics for stroke patients, wearable medical devices
- Microelectronics, embedded signal processing, low-power design
- Bioelectromagnetism, electrical bioimpedance, implantable electronics, biomaterials
- Bio-related MEMS, biomechanical devices, nanotechnologies
- New tools for surgical education/training
- New materials, new sensing/actuation technology, health monitoring devices
- Assistive technology for the injured, elderly and disabled; haptics, sensor technologies
- Medical imaging/visualisation, simulation/navigation, virtual reality, intuitive command/control
- Design of devices/systems requiring computer-based intelligence
- Biomechatronic systems/biosystems modelling/simulation, system identification
- Advanced control for improving system performance, computer integration design
- Networked biomechatronic systems for remote sensing/monitoring/diagnosis
- Mechatronic systems fault diagnosis/tolerance